Base as a Selectivity Agent of Palladium Catalysts in Hydrogenation of 3,7-Dimethyl-6-octen-1-yn-3-ol |
189 |
– |
192 |
K. Šiška, J. Ilavský, and D. Mravec |
Vol. 46, 3 |
Kinetics of catalytic-hydrogenation of 3,7-dimethyl-9-(2,6,6-trimethyl-1-cyclohexenyl)-2,7-nonadien-4-yne-1,6-diol |
541 |
– |
545 |
K. Šiška, J. Ilavský, and D. Mravec |
Vol. 45, 4 |
Catalytic reductive carbonylation of nitrobenzene to methyl N-phenylcarbamate |
363 |
– |
368 |
V. Macho, Š. Morávek, and J. Ilavský |
Vol. 45, 3 |
Synthesis of the zeolite ZSM-5 by using seed crystals |
27 |
– |
33 |
D. Mravec, D. Riečanová, J. Ilavský, and J. Majling |
Vol. 45, 1 |
Allyl rearrangement of 3-methyl-1-penten-4-yn-3-ol |
743 |
– |
751 |
A. Škoda, D. Mravec, and J. Ilavský |
Vol. 43, 6 |
Thermal-stability of cis isomer of 3-methyl-2-penten-4-yn-1-ol |
561 |
– |
566 |
A. Škoda, L. Vojček, D. Mravec, and J. Ilavský |
Vol. 43, 4 |
Synthesis and spectral properties of derivatives of 3-(benzazolylamino)-2-propenoic acid |
801 |
– |
810 |
V. Milata, D. Ilavský, and I. Goljer |
Vol. 42, 6 |
Furan-derivatives .217. Synthesis and spectral properties of derivatives of 5-cyano-2-furaldehyde |
793 |
– |
802 |
D. Ilavský, S. Marchalín, J. Kováč, E. Henrybasch, and C. Morvan |
Vol. 41, 6 |
Influence of 1,4-dihydropyridine derivatives on the initiated polymerization and oxidation of vinyl monomers |
635 |
– |
641 |
A. Hrivík, E. Hudecová, D. Ilavský, and P. Rosner |
Vol. 41, 5 |
Preparation of synthetic zeolite ZSM-5 |
335 |
– |
341 |
D. Mravec, E. Streštíková, J. Ilavský, Z. Hrabě, and J. Majling |
Vol. 41, 3 |
Modeling of catalytic reactors with catalyst deactivation. II. Model of well-mixed regions in series |
363 |
– |
373 |
J. Markoš, A. Brunovská, and J. Ilavský |
Vol. 41, 3 |
Modeling of catalytic reactors with catalyst deactivation. 4. Parameter estimation of the rate equations of heterogeneous catalyst deactivation |
375 |
– |
393 |
J. Markoš, A. Brunovská, and J. Ilavský |
Vol. 41, 3 |
Modeling of catalytic reactors with catalyst deactivation. 3.Pseudohomogeneous model of reactor with axial-dispersion |
551 |
– |
563 |
M. Barto, A. Brunovská, and J. Ilavský |
Vol. 40, 4 |
Prof. Dr. Ing. Mikuláš Hrušovský, DrSc. - 70 years old |
415 |
– |
415 |
J. Ilavský |
Vol. 40, 3 |
Apparatus for the study of reaction-kinetics of gas-liquid systems under pressure |
705 |
– |
707 |
M. Hronec and J. Ilavský |
Vol. 39, 5 |
Preparation and spectral properties of the derivatives of 3-N-arylamino-2-cyanopropenoic acid |
527 |
– |
536 |
D. Ilavský, V. Bobošík, and A. Martvoň |
Vol. 39, 4 |
Modeling of catalytic reactors with catalyst deactivation. I. Pseudo-homogeneous model of a plug-flow reactor |
433 |
– |
451 |
J. Ilavský, A. Brunovská, J. Valtýni, and J. Buriánek |
Vol. 37, 4 |
Experimental study of adsorption equilibrium of n-alkanes vapor mixtures on synthetic zeolite |
453 |
– |
460 |
J. Longauer, J. Ilavský, and A. Brunovská |
Vol. 37, 4 |
Kinetics of esterification of 1-pentanol by isobutyric acid and benzyl alcohol by acetic acid |
461 |
– |
466 |
M. Petro, D. Mravec, and J. Ilavský |
Vol. 37, 4 |
Effect of metal catalysts on the oxidation of p-xylene and methyl p-toluate |
519 |
– |
526 |
M. Hronec, M. Valachová, F. Masarovič, Z. Cvengrošová, and J. Ilavský |
Vol. 37, 4 |
Study of Mn(II) acetate oxidation in acetic acid
by air in the presence of Co (II) acetate |
527 |
– |
532 |
A. Kaszonyi, M. Hronec, J. Ilavský, and B. Bryndza |
Vol. 37, 4 |
Dynamic models of absorbers |
7 |
– |
21 |
M. Králik and J. Ilavský |
Vol. 37, 1 |
Analysis of a one-component sorption in a single adsorbent particle by the orthogonal collocation method. II. Nonisothermal models |
733 |
– |
744 |
P. Rajniak, A. Brunovská, and J. Ilavský |
Vol. 36, 6 |
Simulation of stirred flow reactor |
3 |
– |
17 |
M. Vajda, J. Ilavský, and J. Pisoň |
Vol. 36, 1 |
Rotary disk extractor simulation |
19 |
– |
27 |
M. Vajda, J. Ilavský, and J. Kolínek |
Vol. 36, 1 |
Experimental study of sorption kinetics of n-alkanes vapor mixtures on synthetic zeolites |
721 |
– |
736 |
J. Longauer, J. Ilavský, and A. Brunovská |
Vol. 35, 6 |
Dynamics of binary adsorption in a continuous stirred tank reactor |
291 |
– |
297 |
J. Ilavský, A. Brunovská, and J. Longauer |
Vol. 35, 3 |
Constructing models of flow chemicals technology systems by realization theory |
299 |
– |
312 |
P. Brunovský, J. Ilavský, and M. Králik |
Vol. 35, 3 |
Gas and vapor sorption in a gradientless reactor |
145 |
– |
154 |
J. Ilavský and J. Longauer |
Vol. 32, 2 |
Simulation of mixing in a flow reactor with jet and regulating partition |
620 |
– |
629 |
J. Ilavský, A. Brunovská, and J. Košuth |
Vol. 29, 5 |
Computation of diffusion coefficient dependence upon concentration from sorption experiments |
290 |
– |
295 |
A. Brunovská, J. Ilavský, and J. Valtýni |
Vol. 29, 3 |
Kinetics of sorption in a stirred semiflow adsorber |
296 |
– |
302 |
J. Ilavský, J. Longauer, and A. Brunovská |
Vol. 29, 3 |
Isothiocyanates. XLI. Synthesis and infrared spectra of benzotriazolyl isothiocyanates |
659 |
– |
661 |
A. Martvoň, D. Ilavský, and M. Uher |
Vol. 28, 5 |
Mathematical model of a semi-flow stirred adsorber |
713 |
– |
716 |
A. Brunovská and J. Ilavský |
Vol. 28, 5 |
Isothiocyanates. XXXVIII. Ultraviolet spectra of isothiocyanatobenzoxazoles and isothiocyanatobenzothiazoles |
692 |
– |
697 |
A. Martvoň, J. Sura, and D. Ilavský |
Vol. 27, 5 |
Sorption of n-Alkanes on the Molecular Sieves. II.
A Mathematical Model for Desorption |
252 |
– |
256 |
J. Ilavský, E. Kossaczký, and D. Bobok |
Vol. 24, 4 |
Sorption of n-Alkanes on the Molecular Sieves. I. Description of the Equipment |
134 |
– |
138 |
D. Bobok, E. Kossaczký, and J. Ilavský |
Vol. 24, 2 |
Adsorption Equilibria of «-Heptane on the Molecular
Sieve Calsit 5 |
3 |
– |
12 |
D. Bobok, E. Kossaczký, and J. Ilavský |
Vol. 24, 1 |
Determination of minimum fluidization velocity of polydispersed materials |
401 |
– |
409 |
J. Beňa and J. Ilavský |
Vol. 21, 6 |
The dependence of vapor pressure of N-methylformamide on temperature, equilibrium liquid-vapor of the system N-methylformamide-water |
414 |
– |
418 |
J. Heinrich, J. Ilavský, and J. Surový |
Vol. 15, 6 |
Homogeneous fluidized layers of spherical particles |
170 |
– |
185 |
J. Beňa, J. Ilavský, E. Kossaczký, and O. Zákutný |
Vol. 13, 3 |